Need Paper written in 2 days or less( 100%Plagiarism Free) (MAT 540 Assignment 4 (Stateline Shipping and Transport Company)

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Students, please view the "Submit a Clickable Rubric Assignment" in the Student Center.  Instructors, training on how to grade is within the Instructor Center. Click the link above to submit your assignment. Assignment #4: Case Problem "Stateline Shipping and Transport Company" Read the 'Stateline Shipping and Transport Company" Case Problem on pages 273-274 of the text. Analyze this case, as follows:

1. In Excel, or other suitable program, develop a model for shipping the waste directly from the 6 plants to the 3 waste disposal sites.

2. Solve the model you developed in #1 (above) and clearly describe the results. In Excel, or other suitable program, Develop a transshipment model in which each of the plants and disposal sites can be used as intermediate points.

3. Solve the model you developed in #3 (above) and clearly describe the results.

4. Interpret the results and draw conclusions that address the question posed in the case problem. What are the limits of the study? Write at least one paragraph.

There are two deliverables for this Case Problem, the Excel spreadsheets and an accompanying written description/explanation. Please submit both of them electronically via the dropbox.  The assignment will be graded using the associated rubric.

Outcome Assessed:

· Develop solutions for transshipment problems.

· Communicate issues in Management Science 

Grading Rubric for Stateline Shipping & Transport Case Problem There are 12 points in each of the five criteria for a total of 60 points possible

Criteria

0 Unacceptable (0 points)

1 Developing (6 points)

2 Competent (9 points)

3 Exemplary (12 points)

1. Develop a transportation model for shipping from the 6 plants directly to the 3 disposal sites. Describe and implement the model.

Did not submit or the objective function and/or constraints are specified with less than 70% accuracy.

The objective function and constraints are specified and described with 70 - 79% accuracy.

The objective function and most or all constraints are specified correctly and adequately described.

The objective function and all constraints are specified correctly in the model and clearly described

2. Solve the model given in 1 and describe the results.

Did not solve the model or adequately describe the results.

The model is solved, but its validity is questionable or it is incorrectly described.

The model is solved and the results are mostly valid and mostly correctly described.

The model is solved and the results are valid and correctly described.

3. Develop a transshipment model in which each of the plants and disposal sites can be used as intermediate points.

Did not submit or the objective function and/or constraints are specified with less than 70% accuracy.

The objective function and constraints are specified and described with 70 -79% accuracy.

The objective function and most or all constraints are specified correctly and adequately described.

The objective function and all constraints are specified correctly in the model and clearly described

4. Solve the model given in 3 and describe the results.

Did not solve the model or adequately describe the results.

The model is solved, but its validity is questionable or it is incorrectly described.

The model is solved and the results are mostly valid and mostly correctly described.

The model is solved and the results are valid and correctly described.

5. Interpret the models and draw conclusions

Did not complete the assignment or interpretation and/or conclusions drawn are invalid and/or not intelligibly communicated.

There are errors in interpreting the results; or inappropriate conclusions are drawn; or this is not clearly communicated.

Results are interpreted in a mostly correct manner; conclusions drawn are mostly appropriate; and communicated in a mostly clear manner.

Results are correctly interpreted; appropriate conclusions are drawn and communicated clearly.

you

are

using

the

Blackboard

Mobile

Learn

IOS

App,

please

click

"View

in

Browser."

Students

, please view the "Submit a Clickable Rubric Assignment" in the Student

Center.

Instructors

, training on how to grade is within the Instructor Center.

Click the link above to submit your assignment.

Assignment #4: Case Problem "Stateline Shipping and Transport Company"

Read the 'Stateline Shipping and Transport Company" Case Problem on pages 273

-

274

of the text. Analyze this case, as follows:

1.

In Excel, or other suitable program, develop a model for shipping the waste directly from the 6 plants to the 3 waste

disposal sites.

2.

Solve the model you developed in #1 (above) and clearly describe the results.

In Excel, or othe

r suitable program, Develop a transshipment model in which each of the plants and disposal sites

can be used as intermediate points.

3.

Solve the model you developed in #3 (above) and clearly describe the results.

4.

Interpret the results and draw conclusions th

at address the question posed in the case problem. What are the limits of

the study? Write at least one paragraph.

There are two deliverables for this Case Problem, the Excel spreadsheets and an

accompanying written description/explanation. Please submit b

oth of them electronically

via the dropbox.

The assignment will be graded using the associated rubric.

Outcome Assessed:

·

Develop solutions for transshipment problems.

·

Communicate issues in Management Science

Grading Rubric for Stateline Shipping & Transport Case Problem

There are 12 points in each of the five criteria for a total of 60 points possible

Criteria

0 Unacceptable (0

points)

1 Developing (6

points)

2 Competent (9

points)

3 Exemplary (12

points)

1. Develop a

transportation model

for shipping from

the 6 plants directly

to the 3 disposal

sites. Describe and

implement the

model.

Did not submit or

the objective

function and/or

constraints are

specified with less

than 70% accuracy.

The objective

function and

constraints are

specified and

described with 70

-

79% accuracy.

The objective

function and most

or all constraints

are speci

fied

correctly and

adequately

described.

The objective

function and all

constraints are

specified correctly

in the model and

clearly described

2. Solve the model

given in 1 and

describe the results.

Did not solve the

model or

adequately describe

t

he results.

The model is

solved, but its

validity is

questionable or it is

incorrectly

described.

The model is

solved and the

results are mostly

valid and mostly

correctly described.

The model is solved

and the results are

valid and correctly

described.

3. Develop a

transshipment

model in which each

of the plants and

disposal sites can be

used as intermediate

points.

Did not submit or

the objective

function and/or

constraints are

specified with less

than 70% accuracy.

The objective

function and

constraints are

specified and

described with 70

-

79% accuracy.

The objective

function and most

or all constraints

are specified

correctly and

adequately

described.

The objective

function and all

constraints are

specified correctly

in the model and

clearl

y described

you are using the Blackboard Mobile Learn IOS App, please click "View in Browser."

Students, please view the "Submit a Clickable Rubric Assignment" in the Student

Center.

Instructors, training on how to grade is within the Instructor Center.

Click the link above to submit your assignment.

Assignment #4: Case Problem "Stateline Shipping and Transport Company"

Read the 'Stateline Shipping and Transport Company" Case Problem on pages 273-274

of the text. Analyze this case, as follows:

1. In Excel, or other suitable program, develop a model for shipping the waste directly from the 6 plants to the 3 waste

disposal sites.

2. Solve the model you developed in #1 (above) and clearly describe the results.

In Excel, or other suitable program, Develop a transshipment model in which each of the plants and disposal sites

can be used as intermediate points.

3. Solve the model you developed in #3 (above) and clearly describe the results.

4. Interpret the results and draw conclusions that address the question posed in the case problem. What are the limits of

the study? Write at least one paragraph.

There are two deliverables for this Case Problem, the Excel spreadsheets and an

accompanying written description/explanation. Please submit both of them electronically

via the dropbox.

The assignment will be graded using the associated rubric.

Outcome Assessed:

 Develop solutions for transshipment problems.

 Communicate issues in Management Science

Grading Rubric for Stateline Shipping & Transport Case Problem

There are 12 points in each of the five criteria for a total of 60 points possible

Criteria 0 Unacceptable (0

points)

1 Developing (6

points)

2 Competent (9

points)

3 Exemplary (12

points)

1. Develop a

transportation model

for shipping from

the 6 plants directly

to the 3 disposal

sites. Describe and

implement the

model.

Did not submit or

the objective

function and/or

constraints are

specified with less

than 70% accuracy.

The objective

function and

constraints are

specified and

described with 70 -

79% accuracy.

The objective

function and most

or all constraints

are specified

correctly and

adequately

described.

The objective

function and all

constraints are

specified correctly

in the model and

clearly described

2. Solve the model

given in 1 and

describe the results.

Did not solve the

model or

adequately describe

the results.

The model is

solved, but its

validity is

questionable or it is

incorrectly

described.

The model is

solved and the

results are mostly

valid and mostly

correctly described.

The model is solved

and the results are

valid and correctly

described.

3. Develop a

transshipment

model in which each

of the plants and

disposal sites can be

used as intermediate

points.

Did not submit or

the objective

function and/or

constraints are

specified with less

than 70% accuracy.

The objective

function and

constraints are

specified and

described with 70 -

79% accuracy.

The objective

function and most

or all constraints

are specified

correctly and

adequately

described.

The objective

function and all

constraints are

specified correctly

in the model and

clearly described